When it comes to steel materials, many buyers often confuse Dải thép with Tấm thép. While both belong to the same family of flat steel products, their differences in hình dạng, processing methods, and applications are significant. Understanding these differences helps manufacturers, engineers, and procurement managers choose the right material for their specific needs.
1. Shape and Dimensions
- Dải thép: A thin, narrow steel product, usually delivered in coils. Its thickness typically ranges from 0.1mm to 5mm, and width from 10mm đến 500mm.
- Steel Plate: A flat, wide product, often supplied in sheets or heavy plates. Thickness is usually over 5mm, with much larger widths.
? Simply put, steel strip is like a ribbon of steel, while steel plate is more like a solid steel sheet.
2. Manufacturing Process
- Dải thép: Produced through cán nguội or xử lý nhiệt (ủ, làm dịu đi, and tempering). This ensures tight tolerances, smooth surfaces, and good mechanical properties, suitable for precision parts.
- Steel Plate: Usually made through hot rolling and further processes like normalizing or heat treatment. Its focus is on strength and load-bearing capacity rather than precision.
3. Properties
- Dải thép: Features high elasticity, accurate thickness, smooth surface, and controlled hardness.
- Steel Plate: Known for sức mạnh cao, độ bền, and ability to withstand heavy loads.
4. Ứng dụng
- Dải thép: Commonly used in lò xo, cưa lưỡi, những con dao, automotive parts, construction tools, and shoe materials.
- Steel Plate: Widely applied in bridges, ships, pressure vessels, heavy machinery, and structural components.
5. Chọn vật liệu phù hợp
If your project requires precision, elasticity, and small parts, steel strip is the right choice.
Nếu bạn cần large, mạnh, and load-bearing structures, steel plate is more suitable.
Phần kết luận
Steel strip and steel plate may sound similar, but they serve different industries and purposes. Tại Jiaxiao MTC, we specialize in producing high-quality cold rolled and heat-treated steel strips, with applications ranging from automotive parts to precision tools. By understanding the difference, you can make smarter purchasing decisions and ensure the best performance for your products.
